Save for Anthropologists, few social scientists have been among the participants in the discussions about the appropriate structure of a ‘Universal Darwinism’. Yet evolutionary theorizing about cultural, social, and economic phenomena has a long tradition, going back well before Darwin. And over the past quarter century significant literatures have grown up concerned with the processes of change operating on science, technology, business organization and practice, and economic change more broadly, that are explicitly evolutionary in theoretical orientation. In each (...) of these fields of study, the broad proposition put forth by Darwin that change proceeds through a process involving variation, systematic selection, renewed variation... has proved both persuasive and powerful. On the other hand, the evolutionary processes involved in these areas differ in essential ways from those we now know are operative in the evolution of biological species. The objective of this essay is to highlight those differences, which a ‘Universal Darwinism’ needs to encompass, if it is to be broad enough to be a theory that is applicable to the evolution of human cultures as well as evolution in biology. (shrink)

Many things evolve: species, languages, sports, tools, biological niches, and theories. But are these real instances of natural selection? Current assessments of the proper scope of Darwinian theory focus on the broad similarity of cultural or non-organic processes to familiar central instances of natural selection. That similarity is analysed in terms of abstract functional descriptions of evolving entities (e.g. replicators, interactors, developmental systems etc). These strategies have produced a proliferation of competing evolutionary analyses. I argue that such reasoning ought not (...) to be employed in arbitrating debates about whether particular phenomena count as instances of natural selection. My argument is based on hierarchical functional descriptions of natural selection. I suggest that natural selection ought not to be thought of as a single process but rather as a series of processes which can be analysed in terms of a hierarchy of functional descriptions (in much the same way as many people think of cognition). This, in turn, casts doubt on the idea that it is possible in principle to settle debates about whether particular phenomena count as instances of natural selection. (shrink)

The aim of this article is to explore the impact of Darwinism in metaethics and dispel some of the confusion surrounding it. While the prospects for a Darwinian metaethics appear to be improving, some underlying epistemological issues remain unclear. We will focus on the so-called Evolutionary Debunking Arguments (EDAs) which, when applied in metaethics, are defined as arguments that appeal to the evolutionary origins of moral beliefs so as to undermine their epistemic justification. The point is that an epistemic (...) disanalogy can be identified in the debate on EDAs between moral beliefs and other kinds of beliefs, insofar as only the former are regarded as vulnerable to EDAs. First, we will analyze some significant debunking positions in metaethics in order to show that they do not provide adequate justification for such an epistemic disanalogy. Then, we will assess whether they can avoid the accusation of being epistemically incoherent by adopting the same evolutionary account for all kinds of beliefs. In other words, once it is argued that Darwinism has a corrosive impact on metaethics, what if its universal acid cannot be contained? (shrink)

In the past 150 years there have been many attempts to draw parallels between cultural and biological evolution. Most of these attempts were flawed due to lack of knowledge and false ideas about evolution. In recent decades these shortcomings have been cleared away, thus triggering a renewed interest in the subject. This paper offers a critical survey of the main issues and arguments in that discussion. The paper starts with an explication of the Darwinian algorithm of evolution. It is argued (...) that this ‘formula’ is substrate-neutral, which means that biological evolution might not be the only Darwinian process. Other dynamic systems could evolve as well provided that certain conditions are met. In the case of human culture this seems to be the case. The paper then focuses on the notion of niche construction. It is argued that niche construction plays a crucial role in human evolution because it has altered the sources of natural selection and thus the path of evolution. Next two approaches to cultural evolution are discussed: sociobiology and memetics. I will argue that both approaches have flaws because they either underestimate the influence of culture or they stretch analogies too far. Finally two common objections against the idea of cultural evolution are addressed: Lamarckian inheritance and the issue of guided variation. I will argue that although cultural evolution differs from biological evolution in several respects, these discrepancies do not jeopardize the claim that cultural evolution is essentially Darwinian. (shrink)

After showing the semiotic and social nature of cultural sciences, this paper addresses the efforts to naturalize them following the so-called “Universal Darwinism”. This being settled, three initiatives of different depth and scope are analyzed. First, the proposal displayed by Mesoudi, Whiten, and Laland for the unification of the cultural sciences in parallel with the unification of biological sciences on the basis of the principles of variation, inheritance, and selection. Second, memetics as a theory of cultural selection with (...) memes as its basic units and imitation as the process of cultural transmission. Third, Hodgson’s and Knudsen’s program for an evolutionary economics brought forth by the interpretation of an abstract Darwinian ontology in terms of economic theory. The conclusion drawn is that the issue is still to a good extent open to ongoing research. (shrink)

The reputation of the Christian tradition has fared poorly in the literature on the history of attitudes to nonhuman animals. This is more a consequence of secularist prejudice than objective scholarship. The idea of "dominion" and the understanding of animal souls are almost universally misrepresented. There has been no firmer conclusion than that Charles Darwin's theory of evolution had a profoundly beneficial impact on the recognition of our similarities to, kinship with, and consequent moral obligations to, other species. In reality, (...) Darwinism had no such effect. That there was an essential kinship with, and homologies between, humans and other species had been attested to for centuries. In the first major ethical issue that arose after the publication of Darwin's The Descent of Man -- legislation to restrict vivisection -- Darwin and Huxley stood on the side of more or less unrestricted vivisection while many major explicitly Christian voices -- from Cardinal Manning to Lord Chief Justice Coleridge to the Earl of Shaftesbury -- demanded the most severe restrictions, in many cases abolition. The customary tale of how Christianity hindered the development of sensibilities to animals and how Darwinism occasioned a revolution in animal ethics needs to be rethought and retold. (shrink)

Essay review of 'Darwinian Populations and Natural Selection'.

The Darwinian economic theory that Thorstein Veblen proposed and refined while he served as a professor of Political Economy at the University of Chicago from 1891 to 1906 should be assessed in the context of the community of Darwinian scientists and social scientists with whom Veblen worked and lived at Chicago. It is important to identify Veblen as a member of this broad community of Darwinian-inclined philosophers, physiologists, geologists, astronomers, and biologists at Chicago because Veblen’s involvement with this circle suggests (...) that the possible sources of his engagement with Darwinism extend beyond the pragmatists and Continental socialists to whom scholars have typically ascribed Veblen’s Darwinian roots. Additionally, that an extensive community continued to use Darwinian evolutionary theory to construct new models of scientific and social scientific analysis at the turn of the twentieth century, a period during which Darwinism was purportedly in decline, suggests that the “eclipse of Darwinism” narrative has been overstated in literature about Darwinism’s intellectual arc. (shrink)

Nietzsche’s Anti-Darwinism. By Dirk R. Johnson (Cambridge: Cambridge University Press, 2010) In this substantial and incisive monograph, Dirk R. Johnson traces in minute detail Nietzsche’s stance towards Darwin at the various stages of his intellectually productive life. Johnson’s book is in two principal parts: Part 1 is on Nietzsche’s early Darwinism, which turned into anti-Darwinism, and Part 2 is a close reading of all three essays of Nietzsche’s Genealogy of Morals in their historical context since together they (...) constitute “his most systematic, thorough, and far-reaching analysis of the theories of Darwin and their followers” (81, 111). The author concedes that Nietzsche’s exchange with Darwin (1809–82), who was a contemporary of Nietzsche (1944–1900), is often implicit only and that he leads his explicit discussions of Darwin mostly in his unpublished notebooks. I agree with Johnson’s view that Nietzsche knew Darwin’s thought and its implications both “early and well’ (3). Johnson provides compelling evidence of the “increased personalization” of Nietzsche’s opposition to Darwinism during his last productive years after Zarathustra. For instance, Nietzsche entitled section 9,14 of Twilight of the Idols “Anti-Darwin,” and explained that “his position at this stage resulted both from his critical reappraisal of Darwin’s genealogical perspectives in the middle period and his attempt in Zarathustra to define the parameters of an affirmative, anti-metaphysical vision beyond Darwinism” (79). He argues that Zarathustra trans-values Darwinian categories such as “reason.” For him, “the work’s literary self-expression is the message,” since the superior well-being of the future higher type “can only be conjured through poetic affirmation” (48, 50). (shrink)

Gödel’s incompleteness applies to any system with recursively enumerable axioms and rules of inference. Chaitin’s approach to Gödel’s incompleteness relates the incompleteness to the amount of information contained in the axioms. Zurek’s quantum Darwinism attempts the physical description of the universe using information as one of its major components. The capacity of quantum Darwinism to describe quantum measurement in great detail without requiring ad-hoc non-unitary evolution makes it a good candidate for describing the transition from quantum to classical. (...) A baby-universe diffusion model of cosmic inflation is analyzed using quantum Darwinism. In this model cosmic inflation can be approximated as Brownian motion of a quantum field, and quantum Darwinism implies that molecular interaction during Brownian motion will make the quantum field decohere. The quantum Darwinism approach to decoherence in the baby-universe cosmic-inflation model yields the decoherence times of the baby-universes. The result is the equation relating the baby-universe’s decoherence time with the Hubble parameter, and that the decoherence time is considerably shorter than the cosmic inflation period. (shrink)

An increasing number of biologists are expressing discontent with the prevailing theory of neo-Darwinism. In particular, the tendency of neo-Darwinians to adopt genetic determinism and atomistic notions of both genes and organisms is seen as grossly unfair to the body of developmental theory. One faction of dissenteers, the Process Structuralists, take their inspiration from the rational morphologists who preceded Darwin. These neo-rationalists argue that a mature biology must possess universal laws and that these generative laws should be sought (...) within organismal development. Such a rational biology will only be possible once the neo-Darwinian paradigm, with its reliance on inherently stochastic processes, is overthrown.To facilitate this revolution, process structuralism launches a broad attack on the theoritical adequacy of its opponent. It is charged that neo-Darwinism is untestable and therefore its hypotheses are nothing more than adaptive stories. Further, the lamentable tendencies toward genetic determinism and atomism by modern biologists is seen as the inescapable consequences of adopting the neo-Darwinian outlook. (shrink)

A Nobel Prize-winning scientist and a leading brain researcher show how the brain creates conscious experience.

The relationship between science and philosophy has always been a complex one, almost as much as the one that either discipline has with religion. Of course, science historically originated as a branch of philosophy, but ever since the split became per- manent during the 17th and 18th centuries, sci- entists have felt increasingly contemptuous of “armchair speculation,” and philosophers have progressively been fearful of cultural colonization on the part of science. It would be hard to find a better exemplification of (...) what C P Snow famously referred to as “the two cultures” (1959. The Two Cultures and the Scientific Revolution. Cambridge (UK): Cambridge University Press). (shrink)

While finding no fault with Darwinism as a scientific theory, this paper argues that there are serious problems for the scientistic construal of Darwinism that interprets the universe as nothing but a purely random and contingent flow of events. Life in a godless impersonal universe is beset by contingency, alienation, despair, failure and fragility. Notwithstanding Alan Holland's claim that we can evade these problems though self-affirmation, I argue that human beings can achieve meaningful lives only by acknowledging our (...) dependency and accepting the authority of values we did not create. (shrink)

The disciplines within biology which have upheld neo-Darwinism are now in a state of Kuhnian crisis, the puzzle solving power of normal science being replaced with long debates about the interpretation of data, competition between rival articulations of the once universal paradigm, the re-opening of long solved problems, explicit discontent on the part of scientists and frequent appeals to philosophy and history. Similar features of distress are found when scientific research attempts to serve policy decisions. It is argued (...) that the dramatic reduction in the efficiency of the consensus building machinery of science in areas relevant to public policy and in periods of Kuhnian crisis are explained in the same way; by the scientists' loss of autonomy, the weakening of disciplinary boundaries, and the elevation of the degree of critical scrutiny to which conjectures are submitted. (shrink)

William Keith Brooks was an American zoologist at Johns Hopkins University from 1876 until his death in 1908. Over the course of his career, Brooks staunchly defended Darwinism, arguing for the centrality of natural selection in evolutionary theory at a time when alternative theories, such as neo-Lamarckism, grew prominent in American biology. In his book The Law of Heredity, Brooks addressed problems raised by Darwin’s theory of pangenesis. In modifying and developing Darwin’s pangenesis, Brooks proposed a new theory of (...) heredity that sought to avoid the pitfalls of Darwin’s hypothesis. In so doing he strengthened Darwin’s theory of natural selection by undermining arguments for the inheritance of acquired characteristics. In later attacks on neo-Lamarckism, Brooks consistently defended Darwin’s theory of natural selection on logical grounds, continued to challenge the idea of the inheritance of acquired characteristics, and argued that natural selection best explained a wide range of adaptations. Finally, he critiqued Galton’s statistical view of heredity and argued that Galton had resurrected an outmoded typological concept of species, one which Darwin and other naturalists had shown to be incorrect. Brooks’s ideas resemble the “biological species concept” of the twentieth century, as developed by evolutionary biologist Ernst Mayr and others. The late-nineteenth century was not a period of total “eclipse” of Darwinism, as biologists and historians have hitherto seen it. Although the “Modern Synthesis” refers to the reconciliation of post-Mendelian genetics with evolution by natural selection, we might adjust our understanding of how the synthesis developed by seeing it as the culmination of a longer discussion that extends back to the late-nineteenth century. (shrink)

In the late 1940s in Spain, a group of young scholars, most of them newly appointed university lecturers, gained control of Arbor, the promotional journal of the Consejo Superior de Investigaciones Científicas (CSIC: The Spanish National Research Council), the institution that General Franco had founded after the Spanish Civil War (1936–9) to organize Spanish science. This group constituted the intellectual core of the more reactionary, Catholic traditionalist faction of Franco’s regime, and they coveted greater political power, in competition with other (...) factions of the regime. Lacking the opportunity to launch an overt political campaign within a dictatorship, the group started a fight for the cultural conquest of Spain. In this cultural struggle for hegemony, journals, magazines, cultural associations, publishing houses, newspapers, and cultural centers became their weapons. By analyzing this faction’s views on and activities within the popularization of science, particularly regarding theories of evolution, this article argues that popular discourse on science played a critical role in the cultural struggle both as a “safe” channel in which to forward their claims and as a tool to gather popular attention through topics of general interest. A covert political campaign was conducted through the popularization of science and this, in turn, fueled the construction of a public sphere for science in a dictatorial context. Scientific popularization became a much-appreciated tool to achieve cultural hegemony and, as such, it also became a central element in constructing and legitimating the ideological foundations of Franco’s regime. (shrink)

Edited book containing the following essays: 1 Getting over Gettier, Alan Musgrave.- 2 Justified Believing: Avoiding the Paradox Gregory W. Dawes.- 3 Literature and Truthfulness,Gregory Currie.- 4 Where the Buck-passing Stops, Andrew Moore.- 5 Universal Darwinism: Its Scope and Limits, James Maclaurin, - 6 The Future of Utilitarianism,Tim Mulgan. 7 Kant on Experiment, Alberto Vanzo.- 8 Did Newton ʻFeignʼ the Corpuscular Hypothesis? Kirsten Walsh.- 9 The Progress of Scotland: The Edinburgh Philosophical Societies and the Experimental Method, Juan Gomez.- (...) 10 Propositions: Truth vs. Existence, Heather Dyke.- 11 Against Advanced Modalizing, Josh Parsons.- 12 Spread Worlds, Plenitude and Modal Realism: A Problem for DavidLewis, Charles R. Pigden and Rebecca E. B. Entwisle.- 13 Defending Quine on Ontological Commitment. 14. The Scandal of Platonism, Vladimír Svoboda.- 15 A Neglected Reply to Prior's Dilemma J. C. Beall. 16 Mathematical and Empirical Concepts, Pavel Materna.- 17 Post-Fregean Thoughts on Propositional Unity, Bjørn Jespersen.- 18 Best-path Theorem Proving: Compiling Derivations, Martin Frické.- 19 Is Imperative Inference Impossible?, Hannah Clark-Younger. ​. (shrink)

The Formal Darwinism project probes the connections between the dynamics of natural selection and the design of organisms. Here, I explain why this work should be of interest to philosophers, arguing that it is the natural development in a long-running scholarly enquiry into the meaning of life. I then review some of my own work which has applied the tools of Formal Darwinism to address issues concerning the units of adaptation in social evolution, leading to a deeper understanding (...) of the adaptation of individual organisms. Finally, I sketch some directions Formal Darwinism to explore beyond the biological sciences, with a focus upon cosmology. (shrink)

Bionomics was a research approach invented by British biological scientists in the late nineteenth century and adopted by the American entomologist and evolutionist Vernon Lyman Kellogg in the early twentieth century. Kellogg hoped to use bionomics, which was the controlled observation and experimentation of organisms within settings that approximated their natural environments, to overcome the percieved weaknesses in the Darwinian natural selection theory. To this end, he established a bionomics laboratory at Stanford University, widely published results from his bionomic investigations, (...) and encouraged other biological researchers to adopt bionomics. (shrink)

Although it has not been much noticed, reproduction is the central theme of François Jacob’s important history of biology, La logique du vivant (The Logic of Life). In a book ostensibly devoted to heredity, this molecular biologist had reproduction integrate levels of organization from organisms to molecules and play a major role in each historical transition between them, not just in the influential argument for a shift “from generation to reproduction.” Moreover, I claim, La logique was the first general history (...) of (research on) reproduction. Earlier histories had tackled only aspects of generation and reproduction; none historicized the latter. Jacob’s innovation came out of the rising prominence of reproduction in neo-Darwinist studies of populations and in his own field, the cellular genetics of bacteria and their viruses, and engagement with history and philosophy of science. The discovery of bacterial “sex” enabled microbial genetics but, ironically, led Jacob to a sexless concept of reproduction. This approach molded a history that reached across the living world but slighted sex and the complexities of reproduction in multicellular organisms. Readers can learn from its strength and limitations. (shrink)